Sentences with phrase «formation by hydraulic fracturing»

COVER Natural gas extracted from a deep shale formation by hydraulic fracturing («fracking») technology burns at a well in Bradford County, Pennsylvania.

The boom in unconventional fuels — such as bitumen extracted from Alberta's tar sands and oil extracted from North Dakota's Bakken shale formation by hydraulic fracturing («fracking»)-- has swelled global reserves even as climate scientists issue ever - sterner warnings that burning more than a small fraction of these reserves would be suicidal.

The industry also faces stiff competition from a flood of U.S. oil unleashed from oil shale formations by hydraulic fracturing, or fracking.

Not exact matches

Rig hands thread together drilling pipe at a hydraulic fracturing site owned by EQT Corp. located atop the Marcellus shale rock formation in Washington Township, Pennsylvania.

Oil and gas companies developing fields in Pennsylvania, Ohio, Texas, Louisiana, Arkansas and North Dakota rely on a process called hydraulic fracturing, which produces natural gas by blasting water and chemicals into energy - rich rock formations deep underground.

The Barnett and Eagle Ford shale formations in Texas contain high amounts lithium, and the produced wastewater generated by hydraulic fracturing in those areas has high concentrations of lithium.

The results come as a natural - gas boom hits the United States, driven by a technology known as hydraulic fracturing, or «fracking», that can crack open hard shale formations and release the natural gas trapped inside.

The device gathers data on how tracers — microscopic particles that can be pumped into and recovered from wells — move through deep rock formations that have been opened by hydraulic fracturing.

The device gathers data on how tracers — microscopic particles that can be pumped into and recovered from wells — move through deep rock formations that have been opened by hydraulic fracturing [fracking].

Original post In 2011, a Cornell research team led by the environmental scientist Robert Howarth published «Methane and the greenhouse - gas footprint of natural gas from shale formations,» a widely discussed paper positing that gas escaping from drilling operations using hydraulic fracturing, widely known as fracking, made natural gas a bigger climate threat than the most infamous fossil fuel, coal.

Now they have spotted something else from space: large plumes of fugitive methane gas liberated from these formations by unconventional extraction methods like horizontal drilling and hydraulic fracturing.

The revolution is a shale energy / fracking revolution, carried along by the combination of modern hydraulic fracturing and advanced horizontal drilling that unlocked vast reserves of oil and natural gas in shale and other tight - rock formations.

These companies are benefiting from the huge investments needed to explore, produce, process and transport oil and gas unlocked from previously inaccessible dense rock formations through advances in hydraulic fracturing and horizontal drilling, according to the findings by Houston - based energy analyst firm IHS.

High - volume hydraulic fracturing has been combined with horizontal drilling over the past decade to force oil and natural gas out of shale and other tight geological formations by fracturing the rock with high - pressure injection of water, sand, and chemicals.

IHS says unconventional energy — from hydraulic fracturing in shale and other tight - rock formations — has made energy more affordable, increasing average annual U.S. household income by $ 1,200.

The method combines a new form of horizontal drilling with hydraulic fracturing — more commonly known as fracking GThe process blasts open fissures in underground shale - rock formations by injecting a high pressure combination of fluids, chemicals and proppants causing the fossil fuel to flow to the production well.

Hydraulic fracturing is accomplished by pumping a mixture of water, sand and chemical additives, into dense rock formations deep below the earth's surface under pressure.